gristlabs_grist-core/app/client/widgets/FieldBuilder.ts

607 lines
26 KiB
TypeScript
Raw Normal View History

import { ColumnTransform } from 'app/client/components/ColumnTransform';
import { Cursor } from 'app/client/components/Cursor';
import { FormulaTransform } from 'app/client/components/FormulaTransform';
import { GristDoc } from 'app/client/components/GristDoc';
import { addColTypeSuffix } from 'app/client/components/TypeConversion';
import { TypeTransform } from 'app/client/components/TypeTransform';
import * as dom from 'app/client/lib/dom';
import { KoArray } from 'app/client/lib/koArray';
import * as kd from 'app/client/lib/koDom';
import * as kf from 'app/client/lib/koForm';
import * as koUtil from 'app/client/lib/koUtil';
import { reportError } from 'app/client/models/AppModel';
import { DataRowModel } from 'app/client/models/DataRowModel';
import { ColumnRec, DocModel, ViewFieldRec } from 'app/client/models/DocModel';
import { SaveableObjObservable, setSaveValue } from 'app/client/models/modelUtil';
import { CombinedStyle, Style } from 'app/client/models/Styles';
import { FieldSettingsMenu } from 'app/client/ui/FieldMenus';
import { cssBlockedCursor, cssLabel, cssRow } from 'app/client/ui/RightPanel';
import { buttonSelect } from 'app/client/ui2018/buttonSelect';
import { colors } from 'app/client/ui2018/cssVars';
import { IOptionFull, menu, select } from 'app/client/ui2018/menus';
import { DiffBox } from 'app/client/widgets/DiffBox';
import { buildErrorDom } from 'app/client/widgets/ErrorDom';
import { FieldEditor, saveWithoutEditor, setupEditorCleanup } from 'app/client/widgets/FieldEditor';
import { openFormulaEditor } from 'app/client/widgets/FormulaEditor';
import { NewAbstractWidget } from 'app/client/widgets/NewAbstractWidget';
import { NewBaseEditor } from "app/client/widgets/NewBaseEditor";
import * as UserType from 'app/client/widgets/UserType';
import * as UserTypeImpl from 'app/client/widgets/UserTypeImpl';
import * as gristTypes from 'app/common/gristTypes';
import { getReferencedTableId, isFullReferencingType } from 'app/common/gristTypes';
import { CellValue } from 'app/plugin/GristData';
import { Computed, Disposable, fromKo, dom as grainjsDom,
Holder, IDisposable, makeTestId, styled, toKo } from 'grainjs';
import * as ko from 'knockout';
import * as _ from 'underscore';
const testId = makeTestId('test-fbuilder-');
// Creates a FieldBuilder object for each field in viewFields
export function createAllFieldWidgets(gristDoc: GristDoc, viewFields: ko.Computed<KoArray<ViewFieldRec>>,
cursor: Cursor, options: { isPreview?: boolean } = {}) {
// TODO: Handle disposal from the map when fields are removed.
return viewFields().map(function(field) {
return new FieldBuilder(gristDoc, field, cursor, options);
}).setAutoDisposeValues();
}
/**
* Returns the appropriate object from UserType.typeDefs, defaulting to Text for unknown types.
*/
function getTypeDefinition(type: string | false) {
if (!type) { return UserType.typeDefs.Text; }
return UserType.typeDefs[type] || UserType.typeDefs.Text;
}
/**
* Creates an instance of FieldBuilder. Used to create all column configuration DOMs, cell DOMs,
* and cell editor DOMs for all Grist Types.
* @param {Object} field - The field for which the DOMs are to be created.
* @param {Object} cursor - The cursor object, used to get the cursor position while saving values.
*/
export class FieldBuilder extends Disposable {
public columnTransform: ColumnTransform | null;
public readonly origColumn: ColumnRec;
public readonly options: SaveableObjObservable<any>;
public readonly widget: ko.PureComputed<any>;
public readonly isCallPending: ko.Observable<boolean>;
public readonly widgetImpl: ko.Computed<NewAbstractWidget>;
public readonly diffImpl: NewAbstractWidget;
private readonly _availableTypes: Computed<Array<IOptionFull<string>>>;
private readonly _readOnlyPureType: ko.PureComputed<string>;
private readonly _isRightType: ko.PureComputed<(value: CellValue, options?: any) => boolean>;
private readonly _refTableId: ko.Computed<string | null>;
private readonly _isRef: ko.Computed<boolean>;
private readonly _rowMap: Map<DataRowModel, Element>;
private readonly _isTransformingFormula: ko.Computed<boolean>;
private readonly _isTransformingType: ko.Computed<boolean>;
private readonly _fieldEditorHolder: Holder<IDisposable>;
private readonly _widgetCons: ko.Computed<{create: (...args: any[]) => NewAbstractWidget}>;
private readonly _docModel: DocModel;
private readonly _readonly: Computed<boolean>;
public constructor(public readonly gristDoc: GristDoc, public readonly field: ViewFieldRec,
private _cursor: Cursor, private _options: { isPreview?: boolean } = {}) {
super();
this._docModel = gristDoc.docModel;
this.origColumn = field.column();
this.options = field.widgetOptionsJson;
this._readOnlyPureType = ko.pureComputed(() => this.field.column().pureType());
this._readonly = Computed.create(this, (use) =>
use(gristDoc.isReadonly) || use(field.disableEditData) || Boolean(this._options.isPreview));
// Observable with a list of available types.
this._availableTypes = Computed.create(this, (use) => {
const isFormula = use(this.origColumn.isFormula);
const types: Array<IOptionFull<string>> = [];
_.each(UserType.typeDefs, (def: any, key: string|number) => {
const o: IOptionFull<string> = {
value: key as string,
label: def.label,
icon: def.icon
};
if (key === 'Any') {
// User is unable to select the Any type in non-formula columns.
o.disabled = !isFormula;
}
types.push(o);
});
return types;
});
// Observable which evaluates to a *function* that decides if a value is valid.
this._isRightType = ko.pureComputed(function() {
return gristTypes.isRightType(this._readOnlyPureType()) || _.constant(false);
}, this);
// Returns a boolean indicating whether the column is type Reference or ReferenceList.
this._isRef = this.autoDispose(ko.computed(() => {
return isFullReferencingType(this.field.column().type());
}));
// Gives the table ID to which the reference points.
this._refTableId = this.autoDispose(ko.computed({
read: () => getReferencedTableId(this.field.column().type()),
write: val => {
const type = this.field.column().type();
if (type.startsWith('Ref:')) {
void this._setType(`Ref:${val}`);
} else {
void this._setType(`RefList:${val}`);
}
}
}));
this.widget = ko.pureComputed({
owner: this,
read() { return this.options().widget; },
write(widget) {
// Reset the entire JSON, so that all options revert to their defaults.
const previous = this.options.peek();
this.options.setAndSave({
widget,
// Persists color settings across widgets (note: we cannot use `field.fillColor` to get the
// current value because it returns a default value for `undefined`. Same for `field.textColor`.
fillColor: previous.fillColor,
textColor: previous.textColor,
}).catch(reportError);
}
});
// Whether there is a pending call that transforms column.
this.isCallPending = ko.observable(false);
// Maintains an instance of the transform object if the field is currently being transformed,
// and null if not. Gets disposed along with the transform menu dom.
this.columnTransform = null;
// Returns a boolean indicating whether a formula transform is in progress.
this._isTransformingFormula = this.autoDispose(ko.computed(() => {
return this.field.column().isTransforming() && this.columnTransform instanceof FormulaTransform;
}));
// Returns a boolean indicating whether a type transform is in progress.
this._isTransformingType = this.autoDispose(ko.computed(() => {
return (this.field.column().isTransforming() || this.isCallPending()) &&
(this.columnTransform instanceof TypeTransform);
}));
// This holds a single FieldEditor. When a new FieldEditor is created (on edit), it replaces the
// previous one if any.
this._fieldEditorHolder = Holder.create(this);
// Map from rowModel to cell dom for the field to which this fieldBuilder applies.
this._rowMap = new Map();
// Returns the constructor for the widget, and only notifies subscribers on changes.
this._widgetCons = this.autoDispose(koUtil.withKoUtils(ko.computed(function() {
return UserTypeImpl.getWidgetConstructor(this.options().widget,
this._readOnlyPureType());
}, this)).onlyNotifyUnequal());
// Computed builder for the widget.
this.widgetImpl = this.autoDispose(koUtil.computedBuilder(() => {
const cons = this._widgetCons();
// Must subscribe to `colId` so that field.colId is rechecked on transform.
return cons.create.bind(cons, this.field, this.field.colId());
}, this).extend({ deferred: true }));
this.diffImpl = this.autoDispose(DiffBox.create(this.field));
}
public buildSelectWidgetDom() {
return grainjsDom.maybe((use) => !use(this._isTransformingType) && use(this._readOnlyPureType), type => {
const typeWidgets = getTypeDefinition(type).widgets;
const widgetOptions = Object.keys(typeWidgets).map(label => ({
label,
value: label,
icon: typeWidgets[label].icon
}));
return widgetOptions.length <= 1 ? null : [
cssLabel('CELL FORMAT'),
cssRow(
widgetOptions.length <= 2 ? buttonSelect(fromKo(this.widget), widgetOptions) :
select(fromKo(this.widget), widgetOptions),
testId('widget-select')
)
];
});
}
/**
* Build the type change dom.
*/
public buildSelectTypeDom() {
const selectType = Computed.create(null, (use) => use(fromKo(this._readOnlyPureType)));
selectType.onWrite(newType => newType === this._readOnlyPureType.peek() || this._setType(newType));
const onDispose = () => (this.isDisposed() || selectType.set(this.field.column().pureType()));
return [
cssRow(
grainjsDom.autoDispose(selectType),
select(selectType, this._availableTypes, {
disabled: (use) => use(this._isTransformingFormula) || use(this.origColumn.disableModifyBase) ||
use(this.isCallPending),
menuCssClass: cssTypeSelectMenu.className,
}),
(core) Brings welcome tour and hide behind a flag Summary: This diff brings in the new welcome tour. It builds upon `client/ui/OnBoardingPopup` that was committed to that purposes. Per this diff, the tour is accessible behind a flag and won't be visible to user: few caveats listed below needs to be adressed first. This diff also brings few changes to onboarding module. - allow to refer to element with selector - usually dynamic selection of element sounds useful for when the element does not exist yet when the tour starts. But the actual reason when add it here, is to allow selecting the first cell. - if the selector yields undefined (missing element), the popup is simply skipped - got rid of the internal registry to link between popup contents and popup options. All is now define in the same interface. Registry overall felt overkill and not needed. - adds an option to show message as a simple modal that is centered on the screen This diff also brings the new welcome tour and hide it behind a flag CAVEATS that need to be addressed in follow up commit: - The url needs cleanup, #repeat-welcome-tour sticks to it and so even when navigating to home page. This could eventually become an issue: if user opens another document it would starts the onboarding tour again. - For now you have to manually make sure the right panel is opened with the Column tab selected before starting the tour. - On boarding tours were not designed with mobile support in mind. So probably a good idea to disable. - Backend support needs to be done (persistence of first time user). Test Plan: Updated `projects/OnBoardingPopup` and adds new `nbrowser/welcomeTour` To launch the tour: - open any document - open manually the right panel and the field tab - append the flag `#repeat-welcome-tour` at the end of the url in the url bar and reload the page Reviewers: dsagal Reviewed By: dsagal Differential Revision: https://phab.getgrist.com/D2917
2021-07-19 08:49:44 +00:00
testId('type-select'),
grainjsDom.cls('tour-type-selector'),
grainjsDom.cls(cssBlockedCursor.className, this.origColumn.disableModifyBase)
),
grainjsDom.maybe((use) => use(this._isRef) && !use(this._isTransformingType), () => this._buildRefTableSelect()),
grainjsDom.maybe(this._isTransformingType, () => {
// Editor dom must be built before preparing transform.
return dom('div.type_transform_prompt',
kf.prompt(
dom('div',
grainjsDom.maybe(this._isRef, () => this._buildRefTableSelect()),
grainjsDom.maybe((use) => use(this.field.column().isTransforming),
() => this.columnTransform!.buildDom())
)
),
grainjsDom.onDispose(onDispose)
);
})
];
}
// Helper function to set the column type to newType.
public _setType(newType: string): Promise<unknown>|undefined {
if (this.origColumn.isFormula()) {
// Do not type transform a new/empty column or a formula column. Just make a best guess for
// the full type, and set it.
const column = this.field.column();
column.type.setAndSave(addColTypeSuffix(newType, column, this._docModel)).catch(reportError);
} else if (!this.columnTransform) {
this.columnTransform = TypeTransform.create(null, this.gristDoc, this);
return this.columnTransform.prepare(newType);
} else {
if (this.columnTransform instanceof TypeTransform) {
return this.columnTransform.setType(newType);
}
}
}
// Builds the reference type table selector. Built when the column is type reference.
public _buildRefTableSelect() {
const allTables = Computed.create(null, (use) =>
use(this._docModel.allTableIds.getObservable()).map(tableId => ({
value: tableId,
label: tableId,
icon: 'FieldTable' as const
}))
);
return [
cssLabel('DATA FROM TABLE'),
cssRow(
dom.autoDispose(allTables),
select(fromKo(this._refTableId), allTables, {
// Disallow changing the destination table when the column should not be modified
// (specifically when it's a group-by column of a summary table).
disabled: this.origColumn.disableModifyBase,
}),
testId('ref-table-select')
)
];
}
/**
* Build the formula transform dom
*/
public buildTransformDom() {
const transformButton = ko.computed({
read: () => this.field.column().isTransforming(),
write: val => {
if (val) {
this.columnTransform = FormulaTransform.create(null, this.gristDoc, this);
return this.columnTransform.prepare();
} else {
return this.columnTransform && this.columnTransform.cancel();
}
}
});
return dom('div',
dom.autoDispose(transformButton),
dom.onDispose(() => {
// When losing focus, if there's an active column transform, finalize it.
if (this.columnTransform) {
this.columnTransform.finalize().catch(reportError);
}
}),
kf.row(
15, kf.label('Apply Formula to Data'),
3, kf.buttonGroup(
kf.checkButton(transformButton,
dom('span.glyphicon.glyphicon-flash'),
dom.testId("FieldBuilder_editTransform"),
kd.toggleClass('disabled', () => this._isTransformingType() || this.origColumn.isFormula() ||
this.origColumn.disableModifyBase())
)
)
),
kd.maybe(this._isTransformingFormula, () => {
return this.columnTransform!.buildDom();
})
);
}
/**
* Builds the FieldBuilder Options Config DOM. Calls the buildConfigDom function of its widgetImpl.
*/
public buildConfigDom() {
// NOTE: adding a grainjsDom .maybe here causes the disposable order of the widgetImpl and
// the dom created by the widgetImpl to get out of sync.
return dom('div',
kd.maybe(() => !this._isTransformingType() && this.widgetImpl(), (widget: NewAbstractWidget) =>
dom('div',
widget.buildConfigDom(),
cssSeparator(),
widget.buildColorConfigDom(this.gristDoc),
// If there is more than one field for this column (i.e. present in multiple views).
kd.maybe(() => this.origColumn.viewFields().all().length > 1, () =>
dom('div.fieldbuilder_settings',
kf.row(
kd.toggleClass('fieldbuilder_settings_header', true),
kf.label(
dom('div.fieldbuilder_settings_button',
dom.testId('FieldBuilder_settings'),
kd.text(() => this.field.useColOptions() ? 'Common' : 'Separate'), ' ▾',
(core) Initial data tables page Summary: - Added a new special page for viewing raw data widgets: - Implemented in DataTables.ts - Accessible only via the special URL path `/p/data` - Future diffs should make this page prettier and easily accessible - Shows a list of user tables - Clicking on a table name shows its `rawViewSection` by setting `GristDoc.viewModel.activeSectionId`. Note that in this case `GristDoc.viewModel` is an empty record, so this is a bit of a hack, but it works well and causes no known issues. - Added `ViewSectionRec.isRaw` to know if the record represents a raw data widget. - Added various restrictions in the UI for raw data widgets: - 'Delete widget' is disabled in the 3-dot widget menu. - Prevent hiding columns: - "Hide column" in the column context menu is disabled - The "VISIBLE/HIDDEN COLUMNS" section of the right panel > Table > Widget is hidden - The toggle bar isn't configurable to ensure that users know when raw data is filtered: - The filter bar always shows if and only if some filters are present - "Toggle Filter Bar" is hidden in: - Right panel > Table > Sort & Filter - The sort/filter menu next to the three-dot menu for widgets. - Other restrictions in the right panel: - In the Column tab: - 'Use separate settings' is disabled - In the Table tab: - In the Widget subtab: - 'Change Widget' is hidden - In the Data subtab: - 'Edit Data Selection' is hidden - 'SELECT BY' is hidden Test Plan: Tested manually. The behaviour of raw data widgets may still change and they aren't easily visible to users yet. Reviewers: georgegevoian Reviewed By: georgegevoian Differential Revision: https://phab.getgrist.com/D3248
2022-02-07 14:02:26 +00:00
menu(() => FieldSettingsMenu(
this.field.useColOptions(),
this.field.viewSection().isRaw(),
{
useSeparate: () => this.fieldSettingsUseSeparate(),
saveAsCommon: () => this.fieldSettingsSaveAsCommon(),
revertToCommon: () => this.fieldSettingsRevertToCommon(),
},
)),
),
'Field in ',
kd.text(() => this.origColumn.viewFields().all().length),
' views'
)
)
)
)
)
)
);
}
public fieldSettingsUseSeparate() {
return this.gristDoc.docData.bundleActions(
`Use separate field settings for ${this.origColumn.colId()}`, () => {
return Promise.all([
setSaveValue(this.field.widgetOptions, this.field.column().widgetOptions()),
setSaveValue(this.field.visibleCol, this.field.column().visibleCol()),
this.field.saveDisplayFormula(this.field.column()._displayColModel().formula() || '')
]);
}
);
}
public fieldSettingsSaveAsCommon() {
return this.gristDoc.docData.bundleActions(
`Save field settings for ${this.origColumn.colId()} as common`, () => {
return Promise.all([
setSaveValue(this.field.column().widgetOptions, this.field.widgetOptions()),
setSaveValue(this.field.column().visibleCol, this.field.visibleCol()),
this.field.column().saveDisplayFormula(this.field._displayColModel().formula() || ''),
setSaveValue(this.field.widgetOptions, ''),
setSaveValue(this.field.visibleCol, 0),
this.field.saveDisplayFormula('')
]);
}
);
}
public fieldSettingsRevertToCommon() {
return this.gristDoc.docData.bundleActions(
`Revert field settings for ${this.origColumn.colId()} to common`, () => {
return Promise.all([
setSaveValue(this.field.widgetOptions, ''),
setSaveValue(this.field.visibleCol, 0),
this.field.saveDisplayFormula('')
]);
}
);
}
/**
* Builds the cell and editor DOM for the chosen UserType. Calls the buildDom and
* buildEditorDom functions of its widgetImpl.
*/
public buildDomWithCursor(row: DataRowModel, isActive: boolean, isSelected: boolean) {
const computedFlags = koUtil.withKoUtils(ko.pureComputed(() => {
return this.field.rulesColsIds().map(colRef => row.cells[colRef]?.() ?? false);
}, this).extend({ deferred: true }));
// Here we are using computedWithPrevious helper, to return
// the previous value of computed rule. When user adds or deletes
// rules there is a brief moment that rule is still not evaluated
// (rules.length != value.length), in this case return last value
// and wait for the update.
const computedRule = koUtil.withKoUtils(ko.pureComputed(() => {
if (this.isDisposed()) { return null; }
const styles: Style[] = this.field.rulesStyles();
// Make sure that rules where computed.
if (!Array.isArray(styles) || styles.length === 0) { return null; }
const flags = computedFlags();
// Make extra sure that all rules are up to date.
// If not, fallback to the previous value.
// We need to make sure that all rules columns are created,
// sometimes there are more styles for a brief moment.
if (styles.length < flags.length) { return/* undefined */; }
// We will combine error information in the same computed value.
// If there is an error in rules - return it instead of the style.
const error = flags.some(f => !gristTypes.isValidRuleValue(f));
if (error) {
return { error };
}
// Combine them into a single style option.
return { style : new CombinedStyle(styles, flags) };
}, this).extend({ deferred: true })).previousOnUndefined();
const widgetObs = koUtil.withKoUtils(ko.computed(function() {
// TODO: Accessing row values like this doesn't always work (row and field might not be updated
// simultaneously).
if (this.isDisposed()) { return null; } // Work around JS errors during field removal.
const value = row.cells[this.field.colId()];
const cell = value && value();
if (value && this._isRightType()(cell, this.options) || row._isAddRow.peek()) {
return this.widgetImpl();
} else if (gristTypes.isVersions(cell)) {
return this.diffImpl;
} else {
return null;
}
}, this).extend({ deferred: true })).onlyNotifyUnequal();
const textColor = koUtil.withKoUtils(ko.computed(function() {
if (this.isDisposed()) { return null; }
const fromRules = computedRule()?.style?.textColor;
return fromRules || this.field.textColor() || '';
}, this)).onlyNotifyUnequal();
const background = koUtil.withKoUtils(ko.computed(function() {
if (this.isDisposed()) { return null; }
const fromRules = computedRule()?.style?.fillColor;
return fromRules || this.field.fillColor();
}, this)).onlyNotifyUnequal();
const errorInStyle = ko.pureComputed(() => Boolean(computedRule()?.error));
return (elem: Element) => {
this._rowMap.set(row, elem);
dom(elem,
dom.autoDispose(widgetObs),
dom.autoDispose(computedFlags),
dom.autoDispose(errorInStyle),
dom.autoDispose(textColor),
dom.autoDispose(computedRule),
dom.autoDispose(background),
this._options.isPreview ? null : kd.cssClass(this.field.formulaCssClass),
kd.toggleClass("readonly", toKo(ko, this._readonly)),
kd.maybe(isSelected, () => dom('div.selected_cursor',
kd.toggleClass('active_cursor', isActive)
)),
kd.scope(widgetObs, (widget: NewAbstractWidget) => {
if (this.isDisposed()) { return null; } // Work around JS errors during field removal.
const cellDom = widget ? widget.buildDom(row) : buildErrorDom(row, this.field);
return dom(cellDom, kd.toggleClass('has_cursor', isActive),
kd.toggleClass('field-error-from-style', errorInStyle),
kd.style('--grist-cell-color', textColor),
kd.style('--grist-cell-background-color', background));
})
);
};
}
public buildEditorDom(editRow: DataRowModel, mainRowModel: DataRowModel, options: {
init?: string,
state?: any
}) {
// If the user attempts to edit a value during transform, finalize (i.e. cancel or execute)
// the transform.
if (this.columnTransform) {
this.columnTransform.finalize().catch(reportError);
return;
}
// If this is censored value, don't open up the editor, unless it is a formula field.
const cell = editRow.cells[this.field.colId()];
const value = cell && cell();
if (gristTypes.isCensored(value) && !this.origColumn.isFormula.peek()) {
this._fieldEditorHolder.clear();
return;
}
const editorCtor: typeof NewBaseEditor =
UserTypeImpl.getEditorConstructor(this.options().widget, this._readOnlyPureType());
// constructor may be null for a read-only non-formula field, though not today.
if (!editorCtor) {
// Actually, we only expect buildEditorDom() to be called when isEditorActive() is false (i.e.
// _fieldEditorHolder is already clear), but clear here explicitly for clarity.
this._fieldEditorHolder.clear();
return;
}
// if editor doesn't support readonly mode, don't show it
if (this._readonly.get() && editorCtor.supportsReadonly && !editorCtor.supportsReadonly()) {
this._fieldEditorHolder.clear();
return;
}
if (!this._readonly.get() && saveWithoutEditor(editorCtor, editRow, this.field, options.init)) {
this._fieldEditorHolder.clear();
return;
}
const cellElem = this._rowMap.get(mainRowModel)!;
// The editor may dispose itself; the Holder will know to clear itself in this case.
const fieldEditor = FieldEditor.create(this._fieldEditorHolder, {
gristDoc: this.gristDoc,
field: this.field,
cursor: this._cursor,
editRow,
cellElem,
editorCtor,
state: options.state,
startVal: this._readonly.get() ? undefined : options.init, // don't start with initial value
readonly: this._readonly.get() // readonly for editor will not be observable
});
// Put the FieldEditor into a holder in GristDoc too. This way any existing FieldEditor (perhaps
// for another field, or for another BaseView) will get disposed at this time. The reason to
// still maintain a Holder in this FieldBuilder is mainly to match older behavior; changing that
// will entail a number of other tweaks related to the order of creating and disposal.
this.gristDoc.fieldEditorHolder.autoDispose(fieldEditor);
// expose the active editor in a grist doc as an observable
fieldEditor.onDispose(() => this.gristDoc.activeEditor.set(null));
this.gristDoc.activeEditor.set(fieldEditor);
}
public isEditorActive() {
return !this._fieldEditorHolder.isEmpty();
}
/**
* Open the formula editor in the side pane. It will be positioned over refElem.
*/
public openSideFormulaEditor(
editRow: DataRowModel,
refElem: Element,
editValue?: string,
onSave?: (column: ColumnRec, formula: string) => Promise<void>,
onCancel?: () => void) {
const editorHolder = openFormulaEditor({
gristDoc: this.gristDoc,
field: this.field,
setupCleanup: setupEditorCleanup,
editRow,
refElem,
editValue,
onSave,
onCancel
});
// Add editor to document holder - this will prevent multiple formula editor instances.
this.gristDoc.fieldEditorHolder.autoDispose(editorHolder);
}
}
const cssTypeSelectMenu = styled('div', `
max-height: 500px;
`);
const cssSeparator = styled('div', `
border-bottom: 1px solid ${colors.mediumGrey};
margin-top: 16px;
`);